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Find the differential equation of the family of curves y = e^x (Acos x + Bsin x) where A and B are arbitrary constants and hence solve the equation.
1. Classify the following statements as true or false giving reasons for your answers.

i) y = 0 , is the singular solution of the differential equation 27y - 8(dy/dx)^3 =0.

ii) The differential equation corresponding to the equation y = cx^2 + 1 is (dy/dx) - (2y/x) = -(2/x).

iii) y' + P(x) y = Q(x) y^n is a linear equation for integral values of n.

iv) PDE u (du/dx) = e^y sin x, u = u(x, y) is a quasi-linear p.d.e.

v) The differential equation
t(d^2z/dx^2)+2(d^2z/dxdt)+x(d^2z/dt^2)+(dz/dx)=0
is elliptic if xt <1.
Why maxima is found when second derivative is less than zero?
Why minima is found when second derivative is grater than zero?
Why and when the minima is grater than maxima. Please explain with example.
sketch the curve x^3-x^2-6x
if x-2y=6, find the greatest value of y
sketch the curve x^3-x^2-6x
if x-2y=6, find the greatest value of y
xp+3yp=2(z-x2p2) solve this equation.
find the derivative of the function??

1. X1/2 ( x2 + x - 4 )
find the general solution for the differential equation
y'-6x^2=-6x^2
Solve for i(t) for the circuite, given that V(t) = 10 sin5t V, R=4 W and L =2 H. (Ri + L dt/di = v)
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